Additional gases can be added to the air by releasing them from their current container or confinement. Gases will naturally mix together in various concentrations depending on their composition.
air
you inhale oxygen and exhale carbon dioxide.
greenhouse gasses like carbon dioxide(co2)
well theres carbon dioxide of course,and trace amounts of oxygen
What gases cause air pollution
Yes. The gases ARE the air.
When air is added to a balloon or tire, the pressure inside increases, causing the material of the balloon or tire to stretch and expand. The increased pressure pushes the material outward, increasing its volume and causing it to expand to accommodate the additional air.
Noble gases are lighter than air. Hence balloons filled with noble gases will float in air.
zdfjnghkmdlkdhsgk.d,fgxjhihale.,dhjnbrsfj;z hgikIn the reaction B + KL + H, if an additional B is added, the result will beIn the reaction B + KL + H, if an additional B is added, the result will beIn the reaction B + KL + H, if an additional B is added, the result will beIn the reaction B + KL + H, if an additional B is added, the result will beIn the reaction B + KL + H, if an additional B is added, the result will beIn the reaction B + KL + H, if an additional B is added, the result will beIn the reaction B + KL + H, if an additional B is added, the result will beIn the reaction B + KL + H, if an additional B is added, the result will beIn the reaction B + KL + H, if an additional B is added, the result will beIn the reaction B + KL + H, if an additional B is added, the result will beIn the reaction B + KL + H, if an additional B is added, the result will beIn the reaction B + KL + H, if an additional B is added, the result will beIn the reaction B + KL + H, if an additional B is added, the result will beIn the reaction B + KL + H, if an additional B is added, the result will beIn the reaction B + KL + H, if an additional B is added, the result will beIn the reaction B + KL + H, if an additional B is added, the result will beIn the reaction B + KL + H, if an additional B is added, the result will beIn the reaction B + KL + H, if an additional B is added, the result will beIn the reaction B + KL + H, if an additional B is added, the result will beIn the reaction B + KL + H, if an additional B is added, the result will beIn the reaction B + KL + H, if an additional B is added, the result will beIn the reaction B + KL + H, if an additional B is added, the result will beIn the reaction B + KL + H, if an additional B is added, the result will beIn the reaction B + KL + H, if an additional B is added, the result will beIn the reaction B + KL + H, if an additional B is added, the result will beIn the reaction B + KL + H, if an additional B is added, the result will beIn the reaction B + KL + H, if an additional B is added, the result will beIn the reaction B + KL + H, if an additional B is added, the result will beIn the reaction B + KL + H, if an additional B is added, the result will beIn the reaction B + KL + H, if an additional B is added, the result will beIn the reaction B + KL + H, if an additional B is added, the result will beIn the reaction B + KL + H, if an additional B is added, the result will beIn the reaction B + KL + H, if an additional B is added, the result will beIn the reaction B + KL + H, if an additional B is added, the result will beIn the reaction B + KL + H, if an additional B is added, the result will beIn the reaction B + KL + H, if an additional B is added, the result will beIn the reaction B + KL + H, if an additional B is added, the result will be
Without different gases there will be no air, if there is air, how can oxygen travel?
Water or air dirty with gases or chemicals is polluted water or air.
Tertiary air in a stove refers to the additional air introduced into the combustion chamber to promote more complete burning of gases and particulates after the primary and secondary combustion processes. This air helps to ignite the flue gases, resulting in higher efficiency and reduced emissions. By enhancing combustion, tertiary air contributes to a cleaner and more efficient burn, improving overall stove performance.